def mutate(self, *actions):
team1 = deepcopy(self.team1)
team2 = deepcopy(self.team2)
if actions[0] >= Action.SWITCH_OFFSET and actions[
1] >= Action.SWITCH_OFFSET:
# double switch
team1.curpkmn = actions[0] - Action.SWITCH_OFFSET
team2.curpkmn = actions[1] - Action.SWITCH_OFFSET
elif actions[0] >= Action.SWITCH_OFFSET and actions[
1] < Action.SWITCH_OFFSET:
# team1 switches, then team2 attack
# TODO: account for Pursuit
team1.curpkmn = actions[0] - Action.SWITCH_OFFSET
team2.pkmn[team2.curpkmn] = attack(team2.get_cur_pkmn(),
team1.get_cur_pkmn(),
actions[1])
if team2.get_cur_pkmn().curhp == 0:
# TODO: Implement proper switching
team1.curpkmn = team1.get_next_pkmn()
elif actions[0] < Action.SWITCH_OFFSET and actions[
1] >= Action.SWITCH_OFFSET:
# team2 switches, then team1 attacks
# TODO: account for Pursuit
team2.curpkmn = actions[1] - Action.SWITCH_OFFSET
team1.pkmn[team1.curpkmn] = attack(team1.get_cur_pkmn(),
team2.get_cur_pkmn(),
actions[0])
if team1.get_cur_pkmn().curhp == 0:
# TODO: Implement proper switching
team1.curpkmn = team1.get_next_pkmn()
else: # both teams attack
t1p = team1.get_cur_pkmn()
t2p = team2.get_cur_pkmn()
if t1p.moves[actions[0]].priority < t2p.moves[actions[1]].priority:
team1, team2 = self.team2_attacks_first(team1, team2, actions)
elif t1p.moves[actions[0]].priority > t2p.moves[
actions[1]].priority:
team1, team2 = self.team1_attacks_first(team1, team2, actions)
else:
if t1p.spd > t2p.spd:
team1, team2 = self.team1_attacks_first(
team1, team2, actions)
elif t1p.spd < t2p.spd:
team1, team2 = self.team2_attacks_first(
team1, team2, actions)
else:
# speed tie; assume team2 always wins
# TODO: change this to a coin flip with 50% chances
team1, team2 = self.team2_attacks_first(
team1, team2, actions)
return PkmnState(team1, team2)
def team2_attacks_first(self, team1, team2, actions):
t1p = team1.get_cur_pkmn()
t2p = team2.get_cur_pkmn()
team1.pkmn[team1.curpkmn] = attack(t2p, t1p, actions[1], True)
if t1p.curhp == 0:
# TODO: Implement proper switching
team1.curpkmn = team1.get_next_pkmn()
else:
team2.pkmn[team2.curpkmn] = attack(t1p, t2p, actions[0])
team2.curpkmn = team2.get_next_pkmn() if t2p.curhp == 0 else team2.curpkmn
return (team1, team2)
def team2_attacks_first(self, team1, team2, actions):
t1p = team1.get_cur_pkmn()
t2p = team2.get_cur_pkmn()
team1.pkmn[team1.curpkmn] = attack(t2p, t1p, actions[1], True)
if t1p.curhp == 0:
# TODO: Implement proper switching
team1.curpkmn = team1.get_next_pkmn()
else:
team2.pkmn[team2.curpkmn] = attack(t1p, t2p, actions[0])
team2.curpkmn = team2.get_next_pkmn(
) if t2p.curhp == 0 else team2.curpkmn
return (team1, team2)
def mutate(self, *actions):
team1 = deepcopy(self.team1)
team2 = deepcopy(self.team2)
if actions[0] >= Action.SWITCH_OFFSET and actions[1] >= Action.SWITCH_OFFSET:
# double switch
team1.curpkmn = actions[0] - Action.SWITCH_OFFSET
team2.curpkmn = actions[1] - Action.SWITCH_OFFSET
elif actions[0] >= Action.SWITCH_OFFSET and actions[1] < Action.SWITCH_OFFSET:
# team1 switches, then team2 attack
# TODO: account for Pursuit
team1.curpkmn = actions[0] - Action.SWITCH_OFFSET
team1.pkmn[team1.curpkmn] = attack(team2.get_cur_pkmn(), team1.get_cur_pkmn(), actions[1])
if team1.get_cur_pkmn().curhp == 0:
# TODO: Implement proper switching
team1.curpkmn = team1.get_next_pkmn()
elif actions[0] < Action.SWITCH_OFFSET and actions[1] >= Action.SWITCH_OFFSET:
# team2 switches, then team1 attacks
# TODO: account for Pursuit
team2.curpkmn = actions[1] - Action.SWITCH_OFFSET
team2.pkmn[team2.curpkmn] = attack(team1.get_cur_pkmn(), team2.get_cur_pkmn(), actions[0])
if team2.get_cur_pkmn().curhp == 0:
# TODO: Implement proper switching
team2.curpkmn = team2.get_next_pkmn()
else: # both teams attack
t1p = team1.get_cur_pkmn()
t2p = team2.get_cur_pkmn()
if t1p.moves[actions[0]].priority < t2p.moves[actions[1]].priority:
team1, team2 = self.team2_attacks_first(team1, team2, actions)
elif t1p.moves[actions[0]].priority > t2p.moves[actions[1]].priority:
team1, team2 = self.team1_attacks_first(team1, team2, actions)
else:
if t1p.spd > t2p.spd:
team1, team2 = self.team1_attacks_first(team1, team2, actions)
elif t1p.spd < t2p.spd:
team1, team2 = self.team2_attacks_first(team1, team2, actions)
else:
# speed tie; assume team2 always wins
# TODO: change this to a coin flip with 50% chances
team1, team2 = self.team2_attacks_first(team1, team2, actions)
return PkmnState(team1, team2)
from pokemon import Pokemon, showStats, attack
# Primero se pasa la vida y después el poder.
print('Este es un juego de lucha de Pokemones')
pikachu = Pokemon(100, 50, 'Pikachu')
charizard = Pokemon(100, 20, 'Charizard')
contador = 0
# ciclo que va a hacerlos pelear
while pikachu.health > 0 and charizard.health > 0:
# Esto muestra las estadísticas de los pokemones
showStats(pikachu, charizard)
if contador == 0:
# turno de pikachu
attack(charizard, pikachu)
contador = 1
else:
# turno de charizard
attack(pikachu, charizard)
contador = 0
# Imrpimiendo quién ganó
if pikachu.health <= 0:
print('Ha ganado Charizard')
elif charizard.health <= 0:
print('Ha ganado Pikachu')
print('Gracias por utilizar el programa')